Art

J-GLOBAL ID：201002227990770716   Reference number：10A0007804

Pressure Drop Reduction by Applying Ultrasonic for Plug Transportation of Granular Particles

超音波による粒体プラグ輸送における圧力損失低減

Author (4)： KOFU KENJI (日本大 理工) ,  OCHI MITSUAKI (日本大 理工) ,  TAKEI MASAHIRO (日本大 理工) ,  HIRAI YASUHIRO (日本大 理工)
Material： 粉体工学会誌  (Journal of the Society of Powder Technology, Japan)
Volume： 46  Issue： 12  Page： 858-864  Publication year： Dec. 10, 2009 
JST Material Number： S0129A  ISSN： 0386-6157  CODEN： FKKADA  Document type： Article
Article type： 原著論文  Country of issue： Japan (JPN)  Language： JAPANESE (JA)

Thesaurus term： *ultrasonic application ,  *particulate object ,  *plug flow ,  *powder conveying ,  *pressure loss ,  *reduction ,  surface of wall ,  fluid friction ,  horizontal pipe ,  pipeline transportation ,  solid particle ,  forecast ,  joint (tool) ,  leakage ,  oscillation ,  *ultrasonic irradiation ,  pipe wall ,  *fluid flow
Semi thesaurus term： decrease

JST classification (1)： Powder technology  (XD03010M)

Reference (8)：

• 1) Konrad, K. : “Prediction of the pressure drop for horizontal dense phase pneumatic conveying of particles”, Proceedings of 5th conference BHRA Fluid engineering, Paper E1, pp.225-244 (1986)
• 2) Kano, T. et al : “An Experimental Study of the Technics of Reducing of Granular Materials -Effects of Pulsating Motion of Conveying Air and Vibratory Motion of Conveying Pipe-”, The Society of Chemical Engineers, Japan, 9, 5, 477-481 (1983)
• 3) Mracek, M. and J. Wallaschek : “A System for Powder Based on Piezoelectrically Excited Ultrasonic Progressive Wave”, Materials Chem. Phys., 90, 378-380 (2005)
• 4) Kofu, K., M. Ochi, M. Takei and Y. Hirai : “Influence of Particle Properties on Friction Reduction of Particle Mass by Ultrasonic”, J. Soc. Powder Technol., Japan, 46, 5, 330-337 (2009)
• 5) Hashimoto, Y., Y. Koike and S. Ueha : “Noncontact Substance Transportation using Acoustic Levitation”, J. Soc. Instrument and Control Engineers, 38, 105-108 (1999)

Terms in the title (4)： 超音波 ,  プラグ ,  輸送 ,  圧力損失